Comparisons between the new fuzzy stage controller and conventional staged control are made.
Effects of varying the identified design parameters for the fuzzy stage controller, including different degrees of control precision and energy use, rule base complexity, and the rate of change of house temperature are made.
f Photograph of the main door (F) for the MSB (E) Fig. 2 Auxiliary system components: A: power supply, B: flux-locked loop (FLL), C: function generator, D: oscilloscope, E: level meter, F: flow meter, G: precision current supply (Model 121 Programmable DC Current source, LakeShore Cryotronics, Inc ., H: XYZ stage controller, I: remote controller, J: control PC.
To center the sample, the whole stage can be moved in all three dimensions through the stage controller, which in turn is controlled by customized software running on a computer (see Materials and Methods).
The XYZ stage controller, which is operated by a PC, also controls the XYZ stage.
The XYZ stage controller is composed of a motor controller (g) for controlling the stepping motors (i) of the XYZ stage, and an ADC (f) for digitizing the signal of the SQUID output.
A Nikon TE2000 inverted microscope equipped with a Prior stage controller, a Sutter Lambda XL fluorescent lamp, and a Photometric SnapHQ CCD camera was controlled by custom LabVIEW software to auto-focus and acquire images.
A non-contact capacitive Trek probe which is carried by a stage controller is used for this measurement.
The XYZ stage controller can also be operated by a remote controller (h).
(B) Plugged the cold stage controller cable to the cryo-holder.
An RS-485 to USB converter provided a USB connection to interface with the stage controller.
